thermodynamics

Preposition: of

• process: We develop a novel model using the thermodynamics of the processes involved.
• transition: This suggests an alternative model of protein folding based on the thermodynamics of phase transitions in hydrogen-bonded networks.

Converse of object

• study: I have been developing new methods for studying the thermodynamics of systems with long-range interaction.
• include: In addition to his work on quantum theory, other areas of study included thermodynamics.
• apply: Instrument development needs to be coupled to recent advances in thermodynamics applied to geological systems.
• involve: Prof Passerini briefly discussed the major theoretical aspects of thermodynamics involved in energy conversion.
• use: We develop a novel model using the thermodynamics of the processes involved.
• associate: The coverage includes an introduction to electrodes and cells, to the electrochemical series and to the associated thermodynamics.

Adjective modifier

• classical: A common example is the concept of temperature from classical equilibrium thermodynamics.
• statistical: This is important in the statistical thermodynamics of solids.
• basic: The basic thermodynamics related to these phase diagrams is explained.
• advanced: The most popular site since January, receiving 179 clickthroughs in February was a tutorial on advanced thermodynamics from Brown University.
• elementary: WOOD B.J. and FRASER D.G. " Elementary thermodynamics for geologists.

Modifies a noun

• state: The first law of thermodynamics states that the amount of energy in a closed system cannot change.
• school: De Donder, of course, had precursors, especially in the French thermodynamics school of Pierre Duhem.

Noun used with modifier

• non-equilibrium: A voyage of discovery through many areas of contemporary physics FROM non-equilibrium thermodynamics to quantum optics in ORDER to understand the problem of life.
• equilibrium: A common example is the concept of temperature from classical equilibrium thermodynamics.
• chemical: Topics include: chemical thermodynamics, kinetic molecular theory, chemical kinetics, and statistical thermodynamics.
• nonequilibrium: He was awarded the Nobel Prize in chemistry in 1977 for his contributions to nonequilibrium thermodynamics, particularly the theory of dissipative structures.
• hole: The three roads are black hole thermodynamics, loop quantum gravity, and string theory.